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首页> 外文期刊>Advances in Life Science and Technology >Summary Note on Nitrogen Fixation, Legume Nodulation and Abiotic Factors Affecting Biological Nitrogen Fixation Inside the Soil
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Summary Note on Nitrogen Fixation, Legume Nodulation and Abiotic Factors Affecting Biological Nitrogen Fixation Inside the Soil

机译:固氮,豆类结瘤和影响土壤内部生物固氮的非生物因素摘要

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摘要

However nitrogen is one of the most important nutrient that plants require for healthy growth only plants of the legume family are able to fix their own nitrogen. They accomplished this through a symbiotic relationship with Rhizobium bacteria that naturally exist in the soil. In this regard many past researches has largely find out the plant flavonoid signals that induce bacterial nod gene expression and the return bacterial Nod signal that induces nodule formation. This inventory is mainly focused on the ways of the nitrogen fixation process particularly with biological nitrogen fixation through nodulation and legume symbiosis. Many literatures narrate the physiological and environmental factors for the success of nitrogen utilization with the legumes and this article highlighted legume nodulation for biological nitrogen fixation and its edaphic environmental stresses.
机译:然而,氮是植物健康生长所需的最重要的营养素之一,只有豆科植物才能修复自己的氮。他们通过与土壤中自然存在的根瘤菌共生关系实现了这一目标。在这方面,许多过去的研究已在很大程度上发现了诱导细菌nod基因表达的植物类黄酮信号和诱导结核形成的返还细菌Nod信号。该清单主要侧重于固氮过程的方式,尤其是通过结瘤和豆类共生进行生物固氮的方法。许多文献叙述了豆类植物氮素成功利用的生理和环境因素,本文重点介绍了用于生物固氮及其生态环境压力的豆科植物结瘤。

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